Finding Packer-generated AMIs automatically after builds
The basic technique is to have Packer add a tag with a unique value during the build, and use AWS' built-in filtering capabilities to find that specific AMI after the build finishes.
| S3_BUCKET := bucket-name | |
| STACK_BASE_NAME := test-stack | |
| %: %.yaml | |
| @aws cloudformation package \ | |
| --template-file "$<" \ | |
| --s3-bucket $(S3_BUCKET) \ | |
| --output-template-file deploy.yaml | |
| @aws cloudformation deploy \ | |
| --template-file deploy.yaml \ |
| S3_BUCKET := cf-templates-1wwumiwcx5krz-ap-southeast-2 | |
| S3_PREFIX := 8b87ca7b-869e-4401-baa0-ad0522e32f21 | |
| AWSCLI := .venv/bin/aws | |
| all: parent.pyaml | |
| parent.pyaml: child.pyaml | |
| child.pyaml: grandchild.pyaml |
| #!/bin/bash | |
| _red() { echo '\[\e[31m\]'"$1"'\[\e[m\]'; } | |
| _grn() { echo '\[\e[32m\]'"$1"'\[\e[m\]'; } | |
| _ylw() { echo '\[\e[33m\]'"$1"'\[\e[m\]'; } | |
| _blu() { echo '\[\e[34m\]'"$1"'\[\e[m\]'; } | |
| _fus() { echo '\[\e[35m\]'"$1"'\[\e[m\]'; } | |
| _cyn() { echo '\[\e[36m\]'"$1"'\[\e[m\]'; } | |
| _wht() { echo '\[\e[37m\]'"$1"'\[\e[m\]'; } | |
| _ppl() { echo '\[\e[38;5;55m\]'"$1"'\[\e[m\]'; } | |
| _lgrn() { echo '\[\e[38;5;84m\]'"$1"'\[\e[m\]'; } |
| #!/bin/sh | |
| BOOT2DOCKER_CERTS_DIR=/var/lib/boot2docker/certs | |
| CERTS_DIR=/etc/ssl/certs | |
| CAFILE=${CERTS_DIR}/ca-certificates.crt | |
| for cert in $(/bin/ls -1 ${BOOT2DOCKER_CERTS_DIR}); do | |
| SRC_CERT_FILE=${BOOT2DOCKER_CERTS_DIR}/${cert} | |
| CERT_FILE=${CERTS_DIR}/${cert} | |
| HASH_FILE=${CERTS_DIR}/$(/usr/local/bin/openssl x509 -noout -hash -in ${SRC_CERT_FILE} 2>/dev/null) |
| <!doctype html> | |
| <html> | |
| <head> | |
| <title>Dé de Couleurs</title> | |
| <meta name="description" content="Dé de Couleurs"> | |
| <meta name="keywords" content="dice colour random"> | |
| <meta charset="utf-8"> | |
| </head> | |
| <style type="text/css" media="screen"> | |
| * { |
The attached file contains the results of the Australian Marriage Survey in JSON format, scraped from the "Australian Marriage Law Postal Survey 2017 - Response.xls" Excel spreadsheet provided by the ABS here
| #!/bin/bash | |
| spiffy_calc() { | |
| local -a FIRST_ARG | |
| local -a ACC | |
| for var in "$@"; do | |
| if [[ ${var} == "in" ]]; then | |
| FIRST_ARG=("${ACC[@]}") | |
| ACC=() | |
| else |
| #!/bin/bash | |
| #_red() { echo '\e[31m'"$1"'\e[m'; } | |
| #_grn() { echo '\e[32m'"$1"'\e[m'; } | |
| #_ylw() { echo '\e[33m'"$1"'\e[m'; } | |
| test_cipher_proto() { | |
| local cipher endpoint proto proto_flag result ret | |
| cipher=${1} | |
| endpoint=${2} | |
| proto=${3} |
I hereby claim:
To claim this, I am signing this object: